def setUp(self):
"""Execute steps before each tests.
Set the server_name_url_url from kytos/topology
"""
self.server_name_url = 'http://localhost:8181/api/kytos/topology'
patch('kytos.core.helpers.run_on_thread', lambda x: x).start()
from napps.kytos.topology.storehouse import StoreHouse
self.addCleanup(patch.stopall)
self.napp = StoreHouse(get_controller_mock())
def setup(self):
"""Initialize the NApp's links list."""
self.links = {}
self.store_items = {}
self.link_up_timer = getattr(settings, 'LINK_UP_TIMER',
DEFAULT_LINK_UP_TIMER)
self.verify_storehouse('switches')
self.verify_storehouse('interfaces')
self.verify_storehouse('links')
self.storehouse = StoreHouse(self.controller)
def setup(self):
"""Initialize the NApp's links list."""
self.links = {}
self.store_items = {}
self.switches_state = {}
self.interfaces_state = {}
self.links_state = {}
self._verified_links = []
self.link_up_timer = getattr(settings, 'LINK_UP_TIMER',
DEFAULT_LINK_UP_TIMER)
self.interface_restore = getattr(settings, 'INTERFACE_RESTORE_TIMER',
DEFAULT_INTERFACE_RESTORE_TIMER)
self.verify_storehouse('switches')
self.verify_storehouse('interfaces')
self.verify_storehouse('links')
self.storehouse = StoreHouse(self.controller)
class Main(KytosNApp): # pylint: disable=too-many-public-methods
"""Main class of kytos/topology NApp.
This class is the entry point for this napp.
"""
def setup(self):
"""Initialize the NApp's links list."""
self.links = {}
self.store_items = {}
self.switches_state = {}
self.interfaces_state = {}
self.links_state = {}
self.link_up_timer = getattr(settings, 'LINK_UP_TIMER',
DEFAULT_LINK_UP_TIMER)
self.verify_storehouse('switches')
self.verify_storehouse('interfaces')
self.verify_storehouse('links')
self.storehouse = StoreHouse(self.controller)
def execute(self):
"""Do nothing."""
def shutdown(self):
"""Do nothing."""
log.info('NApp kytos/topology shutting down.')
def _get_link_or_create(self, endpoint_a, endpoint_b):
new_link = Link(endpoint_a, endpoint_b)
for link in self.links.values():
if new_link == link:
return link
self.links[new_link.id] = new_link
return new_link
def _get_switches_dict(self):
"""Return a dictionary with the known switches."""
switches = {'switches': {}}
for idx, switch in enumerate(self.controller.switches.values()):
switch_data = switch.as_dict()
if not all(key in switch_data['metadata']
for key in ('lat', 'lng')):
# Switches are initialized somewhere in the ocean
switch_data['metadata']['lat'] = str(0.0)
switch_data['metadata']['lng'] = str(-30.0 + idx * 10.0)
switches['switches'][switch.id] = switch_data
return switches
def _get_links_dict(self):
"""Return a dictionary with the known links."""
return {'links': {l.id: l.as_dict() for l in self.links.values()}}
def _get_topology_dict(self):
"""Return a dictionary with the known topology."""
return {
'topology': {
**self._get_switches_dict(),
**self._get_links_dict()
}
}
def _get_topology(self):
"""Return an object representing the topology."""
return Topology(self.controller.switches, self.links)
def _get_link_from_interface(self, interface):
"""Return the link of the interface, or None if it does not exist."""
for link in self.links.values():
if interface in (link.endpoint_a, link.endpoint_b):
return link
return None
def _restore_links(self):
"""Restore link saved in StoreHouse."""
for link_id, state, in self.links_state.items():
dpid_a = state['endpoint_a']['switch']
iface_id_a = int(state['endpoint_a']['id'][-1])
dpid_b = state['endpoint_b']['switch']
iface_id_b = int(state['endpoint_b']['id'][-1])
try:
endpoint_a = self.controller.switches[dpid_a].interfaces[
iface_id_a]
endpoint_b = self.controller.switches[dpid_b].interfaces[
iface_id_b]
except KeyError as error:
error_msg = (f"Error restoring link endpoint: {error}")
raise KeyError(error_msg)
link = self._get_link_or_create(endpoint_a, endpoint_b)
endpoint_a.update_link(link)
endpoint_b.update_link(link)
endpoint_a.nni = True
endpoint_b.nni = True
self.notify_topology_update()
try:
if state['enabled']:
self.links[link_id].enable()
else:
self.links[link_id].disable()
except KeyError:
error = ('Error restoring link status.'
f'The link {link} does not exist.')
raise KeyError(error)
def _restore_status(self):
"""Restore the network administrative status saved in StoreHouse."""
# restore Switches
for switch_id, state in self.switches_state.items():
try:
if state:
self.controller.switches[switch_id].enable()
else:
self.controller.switches[switch_id].disable()
except KeyError:
error = ('Error while restoring switches status. The '
f'{switch_id} does not exist.')
raise KeyError(error)
# restore interfaces
for interface_id, state in self.interfaces_state.items():
switch_id = ":".join(interface_id.split(":")[:-1])
interface_number = int(interface_id.split(":")[-1])
interface_status, lldp_status = state
try:
switch = self.controller.switches[switch_id]
if interface_status:
switch.interfaces[interface_number].enable()
else:
switch.interfaces[interface_number].disable()
switch.interfaces[interface_number].lldp = lldp_status
except KeyError:
error = ('Error while restoring interface status. The '
f'interface {interface_id} does not exist.')
raise KeyError(error)
# restore links
self._restore_links()
# pylint: disable=attribute-defined-outside-init
def _load_network_status(self):
"""Load network status saved in storehouse."""
status = self.storehouse.get_data()
if status:
switches = status['network_status']['switches']
self.links_state = status['network_status']['links']
for switch, switch_attributes in switches.items():
# get swicthes status
self.switches_state[switch] = switch_attributes['enabled']
interfaces = switch_attributes['interfaces']
# get interface status
for interface, interface_attributes in interfaces.items():
enabled_value = interface_attributes['enabled']
lldp_value = interface_attributes['lldp']
self.interfaces_state[interface] = (enabled_value,
lldp_value)
else:
error = 'There is no status saved to restore.'
log.info(error)
raise FileNotFoundError(error)
@rest('v3/')
def get_topology(self):
"""Return the latest known topology.
This topology is updated when there are network events.
"""
return jsonify(self._get_topology_dict())
@rest('v3/restore')
def restore_network_status(self):
"""Restore the network administrative status saved in StoreHouse."""
try:
self._load_network_status()
self._restore_status()
except (KeyError, FileNotFoundError) as exc:
return jsonify(f'{str(exc)}'), 404
log.info('Network status restored.')
return jsonify('Administrative status restored.'), 200
# Switch related methods
@rest('v3/switches')
def get_switches(self):
"""Return a json with all the switches in the topology."""
return jsonify(self._get_switches_dict())
@rest('v3/switches/<dpid>/enable', methods=['POST'])
def enable_switch(self, dpid):
"""Administratively enable a switch in the topology."""
try:
self.controller.switches[dpid].enable()
log.info(f"Storing administrative state from switch {dpid}"
" to enabled.")
self.save_status_on_storehouse()
return jsonify("Operation successful"), 201
except KeyError:
return jsonify("Switch not found"), 404
@rest('v3/switches/<dpid>/disable', methods=['POST'])
def disable_switch(self, dpid):
"""Administratively disable a switch in the topology."""
try:
self.controller.switches[dpid].disable()
log.info(f"Storing administrative state from switch {dpid}"
" to disabled.")
self.save_status_on_storehouse()
return jsonify("Operation successful"), 201
except KeyError:
return jsonify("Switch not found"), 404
@rest('v3/switches/<dpid>/metadata')
def get_switch_metadata(self, dpid):
"""Get metadata from a switch."""
try:
return jsonify(
{"metadata": self.controller.switches[dpid].metadata}), 200
except KeyError:
return jsonify("Switch not found"), 404
@rest('v3/switches/<dpid>/metadata', methods=['POST'])
def add_switch_metadata(self, dpid):
"""Add metadata to a switch."""
metadata = request.get_json()
try:
switch = self.controller.switches[dpid]
except KeyError:
return jsonify("Switch not found"), 404
switch.extend_metadata(metadata)
self.notify_metadata_changes(switch, 'added')
return jsonify("Operation successful"), 201
@rest('v3/switches/<dpid>/metadata/<key>', methods=['DELETE'])
def delete_switch_metadata(self, dpid, key):
"""Delete metadata from a switch."""
try:
switch = self.controller.switches[dpid]
except KeyError:
return jsonify("Switch not found"), 404
switch.remove_metadata(key)
self.notify_metadata_changes(switch, 'removed')
return jsonify("Operation successful"), 200
# Interface related methods
@rest('v3/interfaces')
def get_interfaces(self):
"""Return a json with all the interfaces in the topology."""
interfaces = {}
switches = self._get_switches_dict()
for switch in switches['switches'].values():
for interface_id, interface in switch['interfaces'].items():
interfaces[interface_id] = interface
return jsonify({'interfaces': interfaces})
@rest('v3/interfaces/switch/<dpid>/enable', methods=['POST'])
@rest('v3/interfaces/<interface_enable_id>/enable', methods=['POST'])
def enable_interface(self, interface_enable_id=None, dpid=None):
"""Administratively enable interfaces in the topology."""
error_list = [] # List of interfaces that were not activated.
msg_error = "Some interfaces couldn't be found and activated: "
if dpid is None:
dpid = ":".join(interface_enable_id.split(":")[:-1])
try:
switch = self.controller.switches[dpid]
except KeyError as exc:
return jsonify(f"Switch not found: {exc}"), 404
if interface_enable_id:
interface_number = int(interface_enable_id.split(":")[-1])
try:
switch.interfaces[interface_number].enable()
except KeyError as exc:
error_list.append(f"Switch {dpid} Interface {exc}")
else:
for interface in switch.interfaces.values():
interface.enable()
if not error_list:
log.info(f"Storing administrative state for enabled interfaces.")
self.save_status_on_storehouse()
return jsonify("Operation successful"), 200
return jsonify({msg_error: error_list}), 409
@rest('v3/interfaces/switch/<dpid>/disable', methods=['POST'])
@rest('v3/interfaces/<interface_disable_id>/disable', methods=['POST'])
def disable_interface(self, interface_disable_id=None, dpid=None):
"""Administratively disable interfaces in the topology."""
error_list = [] # List of interfaces that were not deactivated.
msg_error = "Some interfaces couldn't be found and deactivated: "
if dpid is None:
dpid = ":".join(interface_disable_id.split(":")[:-1])
try:
switch = self.controller.switches[dpid]
except KeyError as exc:
return jsonify(f"Switch not found: {exc}"), 404
if interface_disable_id:
interface_number = int(interface_disable_id.split(":")[-1])
try:
switch.interfaces[interface_number].disable()
except KeyError as exc:
error_list.append(f"Switch {dpid} Interface {exc}")
else:
for interface in switch.interfaces.values():
interface.disable()
if not error_list:
log.info(f"Storing administrative state for disabled interfaces.")
self.save_status_on_storehouse()
return jsonify("Operation successful"), 200
return jsonify({msg_error: error_list}), 409
@rest('v3/interfaces/<interface_id>/metadata')
def get_interface_metadata(self, interface_id):
"""Get metadata from an interface."""
switch_id = ":".join(interface_id.split(":")[:-1])
interface_number = int(interface_id.split(":")[-1])
try:
switch = self.controller.switches[switch_id]
except KeyError:
return jsonify("Switch not found"), 404
try:
interface = switch.interfaces[interface_number]
except KeyError:
return jsonify("Interface not found"), 404
return jsonify({"metadata": interface.metadata}), 200
@rest('v3/interfaces/<interface_id>/metadata', methods=['POST'])
def add_interface_metadata(self, interface_id):
"""Add metadata to an interface."""
metadata = request.get_json()
switch_id = ":".join(interface_id.split(":")[:-1])
interface_number = int(interface_id.split(":")[-1])
try:
switch = self.controller.switches[switch_id]
except KeyError:
return jsonify("Switch not found"), 404
try:
interface = switch.interfaces[interface_number]
except KeyError:
return jsonify("Interface not found"), 404
interface.extend_metadata(metadata)
self.notify_metadata_changes(interface, 'added')
return jsonify("Operation successful"), 201
@rest('v3/interfaces/<interface_id>/metadata/<key>', methods=['DELETE'])
def delete_interface_metadata(self, interface_id, key):
"""Delete metadata from an interface."""
switch_id = ":".join(interface_id.split(":")[:-1])
interface_number = int(interface_id.split(":")[-1])
try:
switch = self.controller.switches[switch_id]
except KeyError:
return jsonify("Switch not found"), 404
try:
interface = switch.interfaces[interface_number]
except KeyError:
return jsonify("Interface not found"), 404
if interface.remove_metadata(key) is False:
return jsonify("Metadata not found"), 404
self.notify_metadata_changes(interface, 'removed')
return jsonify("Operation successful"), 200
# Link related methods
@rest('v3/links')
def get_links(self):
"""Return a json with all the links in the topology.
Links are connections between interfaces.
"""
return jsonify(self._get_links_dict()), 200
@rest('v3/links/<link_id>/enable', methods=['POST'])
def enable_link(self, link_id):
"""Administratively enable a link in the topology."""
try:
self.links[link_id].enable()
except KeyError:
return jsonify("Link not found"), 404
self.save_status_on_storehouse()
return jsonify("Operation successful"), 201
@rest('v3/links/<link_id>/disable', methods=['POST'])
def disable_link(self, link_id):
"""Administratively disable a link in the topology."""
try:
self.links[link_id].disable()
except KeyError:
return jsonify("Link not found"), 404
self.save_status_on_storehouse()
return jsonify("Operation successful"), 201
@rest('v3/links/<link_id>/metadata')
def get_link_metadata(self, link_id):
"""Get metadata from a link."""
try:
return jsonify({"metadata": self.links[link_id].metadata}), 200
except KeyError:
return jsonify("Link not found"), 404
@rest('v3/links/<link_id>/metadata', methods=['POST'])
def add_link_metadata(self, link_id):
"""Add metadata to a link."""
metadata = request.get_json()
try:
link = self.links[link_id]
except KeyError:
return jsonify("Link not found"), 404
link.extend_metadata(metadata)
self.notify_metadata_changes(link, 'added')
return jsonify("Operation successful"), 201
@rest('v3/links/<link_id>/metadata/<key>', methods=['DELETE'])
def delete_link_metadata(self, link_id, key):
"""Delete metadata from a link."""
try:
link = self.links[link_id]
except KeyError:
return jsonify("Link not found"), 404
if link.remove_metadata(key) is False:
return jsonify("Metadata not found"), 404
self.notify_metadata_changes(link, 'removed')
return jsonify("Operation successful"), 200
@listen_to('.*.switch.(new|reconnected)')
def handle_new_switch(self, event):
"""Create a new Device on the Topology.
Handle the event of a new created switch and update the topology with
this new device.
"""
switch = event.content['switch']
switch.activate()
log.debug('Switch %s added to the Topology.', switch.id)
self.notify_topology_update()
self.update_instance_metadata(switch)
@listen_to('.*.connection.lost')
def handle_connection_lost(self, event):
"""Remove a Device from the topology.
Remove the disconnected Device and every link that has one of its
interfaces.
"""
switch = event.content['source'].switch
if switch:
switch.deactivate()
log.debug('Switch %s removed from the Topology.', switch.id)
self.notify_topology_update()
def handle_interface_up(self, event):
"""Update the topology based on a Port Modify event.
The event notifies that an interface was changed to 'up'.
"""
interface = event.content['interface']
interface.activate()
self.notify_topology_update()
self.update_instance_metadata(interface)
@listen_to('.*.switch.interface.created')
def handle_interface_created(self, event):
"""Update the topology based on a Port Create event."""
self.handle_interface_up(event)
def handle_interface_down(self, event):
"""Update the topology based on a Port Modify event.
The event notifies that an interface was changed to 'down'.
"""
interface = event.content['interface']
interface.deactivate()
self.handle_interface_link_down(event)
self.notify_topology_update()
@listen_to('.*.switch.interface.deleted')
def handle_interface_deleted(self, event):
"""Update the topology based on a Port Delete event."""
self.handle_interface_down(event)
@listen_to('.*.switch.interface.link_up')
def handle_interface_link_up(self, event):
"""Update the topology based on a Port Modify event.
The event notifies that an interface's link was changed to 'up'.
"""
interface = event.content['interface']
self.handle_link_up(interface)
@listen_to('kytos/maintenance.end_switch')
def handle_switch_maintenance_end(self, event):
"""Handle the end of the maintenance of a switch."""
switches = event.content['switches']
for switch in switches:
switch.enable()
switch.activate()
for interface in switch.interfaces.values():
interface.enable()
self.handle_link_up(interface)
def handle_link_up(self, interface):
"""Notify a link is up."""
link = self._get_link_from_interface(interface)
if not link:
return
if link.endpoint_a == interface:
other_interface = link.endpoint_b
else:
other_interface = link.endpoint_a
interface.activate()
if other_interface.is_active() is False:
return
if link.is_active() is False:
link.update_metadata('last_status_change', time.time())
link.activate()
# As each run of this method uses a different thread,
# there is no risk this sleep will lock the NApp.
time.sleep(self.link_up_timer)
last_status_change = link.get_metadata('last_status_change')
now = time.time()
if link.is_active() and \
now - last_status_change >= self.link_up_timer:
self.notify_topology_update()
self.update_instance_metadata(link)
self.notify_link_status_change(link)
@listen_to('.*.switch.interface.link_down')
def handle_interface_link_down(self, event):
"""Update the topology based on a Port Modify event.
The event notifies that an interface's link was changed to 'down'.
"""
interface = event.content['interface']
self.handle_link_down(interface)
@listen_to('kytos/maintenance.start_switch')
def handle_switch_maintenance_start(self, event):
"""Handle the start of the maintenance of a switch."""
switches = event.content['switches']
for switch in switches:
switch.disable()
switch.deactivate()
for interface in switch.interfaces.values():
interface.disable()
if interface.is_active():
self.handle_link_down(interface)
def handle_link_down(self, interface):
"""Notify a link is down."""
link = self._get_link_from_interface(interface)
if link and link.is_active():
link.deactivate()
link.update_metadata('last_status_change', time.time())
self.notify_topology_update()
self.notify_link_status_change(link)
@listen_to('.*.interface.is.nni')
def add_links(self, event):
"""Update the topology with links related to the NNI interfaces."""
interface_a = event.content['interface_a']
interface_b = event.content['interface_b']
link = self._get_link_or_create(interface_a, interface_b)
interface_a.update_link(link)
interface_b.update_link(link)
interface_a.nni = True
interface_b.nni = True
self.notify_topology_update()
# def add_host(self, event):
# """Update the topology with a new Host."""
# interface = event.content['port']
# mac = event.content['reachable_mac']
# host = Host(mac)
# link = self.topology.get_link(interface.id)
# if link is not None:
# return
# self.topology.add_link(interface.id, host.id)
# self.topology.add_device(host)
# if settings.DISPLAY_FULL_DUPLEX_LINKS:
# self.topology.add_link(host.id, interface.id)
# pylint: disable=unused-argument
@listen_to('.*.network_status.updated')
def save_status_on_storehouse(self, event=None):
"""Save the network administrative status using storehouse."""
status = self._get_switches_dict()
status['id'] = 'network_status'
if event:
content = event.content
log.info(f"Storing the administrative state of the"
f" {content['attribute']} attribute to"
f" {content['state']} in the interfaces"
f" {content['interface_ids']}")
status.update(self._get_links_dict())
self.storehouse.save_status(status)
def notify_topology_update(self):
"""Send an event to notify about updates on the topology."""
name = 'kytos/topology.updated'
event = KytosEvent(name=name,
content={'topology': self._get_topology()})
self.controller.buffers.app.put(event)
def notify_link_status_change(self, link):
"""Send an event to notify about a status change on a link."""
name = 'kytos/topology.'
if link.is_active():
status = 'link_up'
else:
status = 'link_down'
event = KytosEvent(name=name + status, content={'link': link})
self.controller.buffers.app.put(event)
def notify_metadata_changes(self, obj, action):
"""Send an event to notify about metadata changes."""
if isinstance(obj, Switch):
entity = 'switch'
entities = 'switches'
elif isinstance(obj, Interface):
entity = 'interface'
entities = 'interfaces'
elif isinstance(obj, Link):
entity = 'link'
entities = 'links'
name = f'kytos/topology.{entities}.metadata.{action}'
event = KytosEvent(name=name,
content={
entity: obj,
'metadata': obj.metadata
})
self.controller.buffers.app.put(event)
log.debug(f'Metadata from {obj.id} was {action}.')
@listen_to('.*.switch.port.created')
def notify_port_created(self, original_event):
"""Notify when a port is created."""
name = 'kytos/topology.port.created'
event = KytosEvent(name=name, content=original_event.content)
self.controller.buffers.app.put(event)
@listen_to('kytos/topology.*.metadata.*')
def save_metadata_on_store(self, event):
"""Send to storehouse the data updated."""
name = 'kytos.storehouse.update'
if 'switch' in event.content:
store = self.store_items.get('switches')
obj = event.content.get('switch')
namespace = 'kytos.topology.switches.metadata'
elif 'interface' in event.content:
store = self.store_items.get('interfaces')
obj = event.content.get('interface')
namespace = 'kytos.topology.iterfaces.metadata'
elif 'link' in event.content:
store = self.store_items.get('links')
obj = event.content.get('link')
namespace = 'kytos.topology.links.metadata'
store.data[obj.id] = obj.metadata
content = {
'namespace': namespace,
'box_id': store.box_id,
'data': store.data,
'callback': self.update_instance
}
event = KytosEvent(name=name, content=content)
self.controller.buffers.app.put(event)
@staticmethod
def update_instance(event, _data, error):
"""Display in Kytos console if the data was updated."""
entities = event.content.get('namespace', '').split('.')[-2]
if error:
log.error(f'Error trying to update storehouse {entities}.')
else:
log.debug(f'Storehouse update to entities: {entities}.')
def verify_storehouse(self, entities):
"""Request a list of box saved by specific entity."""
name = 'kytos.storehouse.list'
content = {
'namespace': f'kytos.topology.{entities}.metadata',
'callback': self.request_retrieve_entities
}
event = KytosEvent(name=name, content=content)
self.controller.buffers.app.put(event)
log.info(f'verify data in storehouse for {entities}.')
def request_retrieve_entities(self, event, data, _error):
"""Create a box or retrieve an existent box from storehouse."""
msg = ''
content = {
'namespace': event.content.get('namespace'),
'callback': self.load_from_store,
'data': {}
}
if not data:
name = 'kytos.storehouse.create'
msg = 'Create new box in storehouse'
else:
name = 'kytos.storehouse.retrieve'
content['box_id'] = data[0]
msg = 'Retrieve data from storeohouse.'
event = KytosEvent(name=name, content=content)
self.controller.buffers.app.put(event)
log.debug(msg)
def load_from_store(self, event, box, error):
"""Save the data retrived from storehouse."""
entities = event.content.get('namespace', '').split('.')[-2]
if error:
log.error('Error while get a box from storehouse.')
else:
self.store_items[entities] = box
log.debug('Data updated')
def update_instance_metadata(self, obj):
"""Update object instance with saved metadata."""
metadata = None
if isinstance(obj, Interface):
all_metadata = self.store_items.get('interfaces', None)
if all_metadata:
metadata = all_metadata.data.get(obj.id)
elif isinstance(obj, Switch):
all_metadata = self.store_items.get('switches', None)
if all_metadata:
metadata = all_metadata.data.get(obj.id)
elif isinstance(obj, Link):
all_metadata = self.store_items.get('links', None)
if all_metadata:
metadata = all_metadata.data.get(obj.id)
if metadata:
obj.extend_metadata(metadata)
log.debug(f'Metadata to {obj.id} was updated')
@listen_to('kytos/maintenance.start_link')
def handle_link_maintenance_start(self, event):
"""Deals with the start of links maintenance."""
notify_links = []
maintenance_links = event.content['links']
for maintenance_link in maintenance_links:
try:
link = self.links[maintenance_link.id]
except KeyError:
continue
notify_links.append(link)
for link in notify_links:
link.disable()
link.deactivate()
link.endpoint_a.deactivate()
link.endpoint_b.deactivate()
link.endpoint_a.disable()
link.endpoint_b.disable()
self.notify_link_status_change(link)
@listen_to('kytos/maintenance.end_link')
def handle_link_maintenance_end(self, event):
"""Deals with the end of links maintenance."""
notify_links = []
maintenance_links = event.content['links']
for maintenance_link in maintenance_links:
try:
link = self.links[maintenance_link.id]
except KeyError:
continue
notify_links.append(link)
for link in notify_links:
link.enable()
link.activate()
link.endpoint_a.activate()
link.endpoint_b.activate()
link.endpoint_a.enable()
link.endpoint_b.enable()
self.notify_link_status_change(link)
class TestStoreHouse(TestCase):
"""Test the Main class."""
# pylint: disable=too-many-public-methods
def setUp(self):
"""Execute steps before each tests.
Set the server_name_url_url from kytos/topology
"""
self.server_name_url = 'http://*****:*****@patch('napps.kytos.topology.storehouse.StoreHouse.get_stored_box')
def test_get_data(self, mock_get_stored_box):
"""Test get_data."""
mock_box = MagicMock()
response = self.napp.get_data()
self.assertEqual(response, {})
self.napp.box = mock_box
self.napp.get_data()
mock_get_stored_box.assert_called()
@patch('napps.kytos.topology.storehouse.KytosEvent')
@patch('kytos.core.buffers.KytosEventBuffer.put')
def test_create_box(self, *args):
"""Test create_box."""
(mock_buffers_put, mock_event) = args
self.napp.create_box()
mock_event.assert_called()
mock_buffers_put.assert_called()
# pylint: disable = protected-access
@patch('napps.kytos.topology.storehouse.StoreHouse.get_stored_box')
@patch('napps.kytos.topology.storehouse.StoreHouse.create_box')
def test_get_or_create_a_box_from_list_of_boxes(self, *args):
"""Test create_box."""
(mock_create_box, mock_get_stored_box) = args
mock_event = MagicMock()
mock_data = MagicMock()
mock_error = MagicMock()
self.napp._get_or_create_a_box_from_list_of_boxes(
mock_event, mock_data, mock_error)
mock_get_stored_box.assert_called()
self.napp._get_or_create_a_box_from_list_of_boxes(
mock_event, None, mock_error)
mock_create_box.assert_called()
@patch('napps.kytos.topology.storehouse.KytosEvent')
@patch('kytos.core.buffers.KytosEventBuffer.put')
def test_get_stored_box(self, *args):
"""Test get_stored_box."""
(mock_buffers_put, mock_event) = args
mock_box = MagicMock()
self.napp.get_stored_box(mock_box)
mock_event.assert_called()
mock_buffers_put.assert_called()
@patch('napps.kytos.topology.storehouse.KytosEvent')
@patch('kytos.core.buffers.KytosEventBuffer.put')
def test_save_status(self, *args):
"""Test save_status."""
(mock_buffers_put, mock_event) = args
mock_status = MagicMock()
self.napp.save_status(mock_status)
mock_event.assert_called()
mock_buffers_put.assert_called()
